Searching the catalogue is one way to find books, handbooks, dictionaries and encyclopedias.
You might also want to focus on a specific type of bioengineering, such as:
Or a specific aspect of biomaterials engineering, such as:
The Engineering and Computer Science Library uses the Library of Congress system for shelving and cataloguing which may be unfamiliar with some patrons. We have provided an example below so that you can navigate our shelves with greater ease.
Books in our library may be categorized as Stacks (can be checked out) or Reference (for library use only)
The Classification sorts books by similar subjects, read this line in alphabetical order: A, B... T, TA...
This line is also related to the Classification of the book, read this line as a whole number: 1, 2... 150, 151...
The Cutter sorts books by Author name, read this line alphabetically then as a decimal: .A1, B2... .S78, .S8...
The Date refers normally to the publication date and is arranged chronologically: 2001, 2002... 2004...
When should I use handbooks or manuals?
Clinical engineering handbook (ebook)
Handbook of biomedical telemetry (ebook)
When should I use dictionaries?
Call Number: Reference TP248.16 .S84 2006
When should I use encyclopedias?
Clinical engineering (ebook)
These two book series by C. Kumar may also be useful. Some volumes are found in ECSL while others are at Gerstein.
Vol. 1 - Biofunctionalization of nanomaterials (ECSL)
Vol. 2 - Biological and pharmaceutical nanomaterials (ECSL)
Vol. 3 - Nanosystem characterization tools in the life sciences (Gerstein)
Vol. 4 - Nanodevices for the life sciences (ECSL)
Vol. 5 - Nanomaterials: toxicity, health and environmental issues (Gerstein)
Vol. 6 - Nanomaterials for cancer therapy (Gerstein)
Vol. 8 - Nanomaterials for biosensors (ECSL)
Vol. 10 - Nanomaterials for medical diagnosis and therapy (Gerstein)
Nanomaterials for the life sciences
Vol. 3 - Mixed metal nanomaterials (Gerstein)
Vol. 5 - Nanostructured thin films and surfaces (ECSL)
Vol. 6 - Semiconductor nanomaterials (ECSL)
Vol. 7 - Biomimetic and bioinspired nanomaterials (ECSL)
Vol. 8 - Nanocomposites (ECSL)
Vol. 9 - Carbon nanomaterials (ECSL)
Vol. 10 - Polymeric nanomaterials (ECSL)
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